Almaden Dubai Brochure by Almaden

Proudly manufactured in Dubai

PV modules of the best quality at reasonable prices, almost indestructible, producing a higher lifetime yield than any product in the market: These are the main properties of Almaden World Modules® - produced with pride in Dubai. What makes the Almaden World Module® unique? Their main advantage compared to conventional modules with a foil back sheet is the fact that they consist of 2 layers of thin hardened glass which makes them almost indestructible. Even loads of 450 kg/m² are carried without any cracks. You may not drive with a car over your modules every day, but heavy storms, hail, snowfall, ice and the enormous changes in temperatures which occur in rough climate areas are a constant threat for standard modules which have only a foil on the rear side. Conventional modules which are exposed to enormous forces will show microscopic cracks which will get larger over time. Through these cracks gradually moisture penetrates into the interior of the modules, causing them to fail. This is shown in the results of the luminescence tests on the following page below. In Almaden Glass/Glass modules, however, this failure does not occur, because the cells are located in the so-called “neutral intermediate ply“ protected by the 2 layers of safety glass. This innovative production principle strongly increases the lifetime of Almaden modules. Therefore they can be amortized for a period extending up to 50 years thus creating the highest yield of any module in the market.

Dubai Silicon Oasis, Dubai Home of Almaden MENA FZE

Almaden MENA FZE Dubai Factory:

-> 15.000 m2 -> 24 mill USD investment -> 120 MWp capacity -> 160 employees -> Research and education facility -> First UAE factory for Double Glass Desert Modules

Worldâ&#x20AC;&#x2DC;s best Solar Glass with Anti-Reflection-Coating (ARC) 2mm tempered Solar Glass with anti-reflective coating Thinner but stronger and more reliable

Almaden modules made of laminated safety glass bear the highest loads: During the test shown in the picture a VW Passat drove on top of the module. During this experiment the module bent, but held the load. As a result, no cracks were visible on the glass surface.

The ability of bending tempered and laminated Almaden glass with embedded solar cells was also tested in a neutral laboratory under extremely harsh conditions:

The result is overwhelming: Even after an extreme deflection of 55 mm with 1000 cycles it doesnâ&#x20AC;&#x2DC;t lead to a breach of the glass and - even more amazing: there are no micro cracks and thus no performance limitations of the modules. This is illustrated in the two electroluminescence photos which show the results before (left) and after 1000 cycles.

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World‘s best Glass-Glass PV-Modules Outstanding properties make our modules the best in the world • Light weight (2+2 mm glass): 12 kg/m² • Extreme durability through Hi-tec tempering • Highest windload > 2400 Pa and highest snowload > 5400 Pa • High reliability through glass back • Best performance even in case of very high temperatures • Extended warranty of 30 years, 50+ year lifetime

-> Almaden modules produce 12 % more lifetime power compared to competitors (this generates an extraordinarily high benefit).

< 2mm physically tempered solar glass EVA Solar cell EVA < 2mm physically tempered solar glass Transparent Edgeseal® treatment

Almaden modules are resistant against every kind of climate: Cold temperature with snow:

Low temperatures are prevailing in countries of the northern hemisphere but also during the night in desert areas. All materials have to withstand temperatures below 30°C as well as fast changes to high temperatures up to 85°C.

Desert climate:

Desert areas include very high temperatures of up to 85°C in the inside of the module. Temperatures change in fast cycles. In many cases the material doesn‘t withstand these changes over its lifespan of 30 – 50 years. As a result, Almaden modules loose very little power compared to other cells.

Salt water:

Salt and also air-borne chemicals are very aggressive and a threat to the modules materials. Glass is the first choice to withstand these threats.

Hot and humide climate:

Is a special threat to modules. A chemical reaction with most foils like EVA takes place and as a result citric acid builds up. Consequently, the temperature rises and the acid boils, which destroys the modules over months and years. Almaden established a unique technique in order to oppose these threats and protect the cells.

8 Highlights (unique position features)

of our glass - glass modules (tempered solar glass) 1. Laminated safety glass - VSG

(comparable to windshields of cars) made of 2x2mm tempered solar glass

3. High stability in case of wind and snow load

2. Easy and

waterproof assembly

4. Appealing design

6. High stability in

combination with a low weight (12 kg per m2)

8. Hi-Tec „Engineered in Germany“ 7. Free of PID

with a warranty of 30 years

5. High light transmission.

Different degrees of transparency are possible (40%, 11%, 10%)

ALMADEN DESERT MODULES® Made in Dubai: The first World Module

Standard Modules not suitable for desert climate

Standard PV modules are made for regions with a moderate climate. They usually are made of one sheet of glass at the front side and a plastic sheet on the rear side. All tests e.g. from TUV are based on Standard Test Conditions (STC) which were developed in Germany more than 30 years ago and were therefore based on moderate weather conditions such as those found in Germany. Although the module temperature is above 25° C in most countries around the world, the tests are still based on this low temperature. Other test procedures include hail and snowloads, weather conditions which are rarely found in most countries. The resistance to sandstorms, very high temperatures and other weather conditions found in desert areas are not tested at all.

Special Almaden Solar Glass for Desert Modules

Almaden – a world market leader of Premium Solar Glass - has been working on special technologies for glass suitable for very rough climates with high temperatures for more than 10 years. This Premium glass is used for both sides of the Almaden desert modules. Starting in September 2015 these ALMADEN DESERT MODULES® are produced in Silicon Oasis® in Dubai and also tested in the new DEWA (Dubai Electricity and Water Authority) test facility. Here in the desert people know best how to produce this superior quality which will be also tested in the region.

Almaden Desert Modules: Better performance & no failure in damp-heat tests A damp heat test is part of simulating how panels age. This damp-heat test increases the temperature to 85°C in combination with humidity of 85%. This process simulates 20 years’ time when the test is performed over 4,000 hours. As seen in the graph standard modules with plastic backsheet start to fail after 1,000 hours (simulating a period of only 16 years). Almaden panels can easily survive 4,000 hours in a damp heat test without any problems. This means that even in desert regions we can guarantee lifetimes of more than 30 years thus creating a huge financial advantage of more than 30 % (after considering the slightly higher costs). Not only are the power benefit and the longer lifetime major advantages of the Desert Technology, but also the fact that these panels can be used in regions where other panels simply will not work (Almaden Desert Modules® work at temperatures up to 125°C where other panels fail).

Almaden Desert Module®

Standard Module

area of failure

Damp-Heat comparison test (85°C/85% humidity)

More power when it’s hot

The hotter the cell the less power comes from the panel. Because we know that every watt counts, we have developed a module and cell that will generate more wattage at the same nominal power. Normal PV panels have a temperature coefficient of about -0.5%/°C. Our specially optimized cells improve this coefficient by approx. 15 %, which leads to improved power generation. The result is shown in the graph below: A power benefit results which will increase with each degree of heat.

During the guaranteed lifetime, Almaden modules produce 100 % more power compared to competitors.

World‘s best Glass-Glass PV-Modules Outstanding properties of all Almaden Modules Sleek module design - Ultrathin - Ultralight

Supreme fire resistancy

No frame, no back sheet. 2mm physically tempered glass exclusively used as front and back protection material.

The glass - glass design helps to save the module from damages caused by arc and hot spots, eliminating potential dangers of fire.

Outstanding performance in case of wind/snow load

Superior weak light performance

PID

Extended warranty

Certified to withstand high wind loads of 2400pa & snow loads of 5400pa.

Guaranteed PID (potential induced degradation) free.

Outstanding weak light performance guaranteed by Almaden‘s anti-reflective nano-coating technology.

-10 years product warranty on workmanship & materials. -30 years warranty on linear power output.

Positive power output tolerance

Micro-Crack free

No micro-cracks under harsh transportation, complicated handling and installation conditions as well as during lifetime module operation.

0 / +5 W positive tolerance.

Easy cleaning

Frameless design, no dust sticks on the edge.

Technical Data for all Modules 1652 mm

MECHANICAL SPECIFICATION Cell Type

Polycrystalline / Monocrystalline / bifacial

Cell Dimension

156 mm x 156 mm

(6‘‘

6‘‘)

Module Dimension Size 1 1652 mm x 986 mm x 5 mm (30 mm with J-box) Module Dimension Size 2 1968 mm x 986 mm x 5 mm (30 mm with J-box) Weight Weight 986 mm

Size 1 20kg Size 2 24kg

Front Glass

2 mm tempered AR glass

Back Glass

2 mm tempered glass

LIMITS

1968 mm

Operational Temperature

°C

-40~+85

Maximum Static Load

5400

Maximum Wind Load

2400

V(DC)

IEC:1000 UL:600

Maximum System Voltage Maximum Series Fuse Rating

World‘s best Glass-Glass PV-Modules

P60 Module

Polycrystalline cells

ELECTRICAL SPECIFICATION (STC) Model

SEAP60-250 SEAP60-260

SEAP60-270

Rated Power (Pmpp)

250W

260W

270W

Rated Current (Impp)

8.09A

8.42A

8.58A

30.30V

30.90V

31.50V

8.68A

8.86A

9.04A

38.40V

39.20V

40.00V

Rated Voltage (Vmpp) Short Circuit Current (Isc) Open Circuit Voltage

TEMPERATURE COEFFICIENT Nominal Operating Cell Temperature

NOCT

°C

46±2

Temperature Coefficient of Isc

%/°C

+0.56

Temperature Coefficient of Voc

%/°C

-0.353

Temperature Coefficient of Pmpp

%/°C

-0.43

Size: 1652 x 986 x 5 mm (30 mm with J-Box) registered as SEAP60

M60 Module

Monocrystalline cells

ELECTRICAL SPECIFICATION (STC) Model

SEAM60-260 SEAM60-270 SEAM60-280

Rated Power (Pmpp)

260W

270W

280W

Rated Current (Impp)

8.50A

8.79A

9.08A

30.59V

30.73V

30.87V

9.07A

9.83A

10.59A

38.24V

38.38V

38.52V

Rated Voltage (Vmpp) Short Circuit Current (Isc) Open Circuit Voltage

TEMPERATURE COEFFICIENT Nominal Operating Cell Temperature

NOCT

°C

46±2

Temperature Coefficient of Isc

%/°C

+0.08

Temperature Coefficient of Voc

%/°C

-0.38

Temperature Coefficient of Pmpp

%/°C

-0.43 Size: 1652 x 986 x 5 mm (30 mm with J-Box) registered as SEAM60

World‘s best Glass-Glass PV-Modules

M72 Module

Monocrystalline cells

ELECTRICAL SPECIFICATION (STC) Model

SEAM72-310 SEAM72-325 SEAM72-335

Rated Power (Pmpp)

310W

325W

335W

Rated Current (Impp)

8.33A

8.63A

8.83A

37.22V

37.51V

37.71V

8.98A

9.32A

9.54A

46.02V

46.26V

46.42V

Rated Voltage (Vmpp) Short Circuit Current (Isc) Open Circuit Voltage

TEMPERATURE COEFFICIENT Nominal Operating Cell Temperature

NOCT

°C

46±2

Temperature Coefficient of Isc

%/°C

+0.08

Temperature Coefficient of Voc

%/°C

-0.38

Temperature Coefficient of Pmpp

%/°C

-0.43

Size: 1968 x 986 x 5 mm (30 mm with J-Box)

M40 Module

registered as SEAM72

Monocrystalline cells

ELECTRICAL SPECIFICATION (STC) Model

SEAM40-170

SEAM40-180 SEAM40-190

Rated Power (Pmpp)

170W

180W

190W

Rated Current (Impp)

8.11A

8.22A

8.33A

21.17V

21.77V

22.37V

8.59A

8.89A

9.19A

29.79V

29.85V

29.91V

Rated Voltage (Vmpp) Short Circuit Current (Isc) Open Circuit Voltage

TEMPERATURE COEFFICIENT Nominal Operating Cell Temperature

NOCT

°C

46±2

Temperature Coefficient of Isc

%/°C

+0.08

Temperature Coefficient of Voc

%/°C

-0.38

Temperature Coefficient of Pmpp

%/°C

-0.43 Size: 1652 x 986 x 5 mm (30 mm with J-Box) registered as SEAM40

World‘s best Glass-Glass PV-Modules

M50 Module

Monocrystalline cells

ELECTRICAL SPECIFICATION (STC) Modell

SEAM50-195

SEAM50-210

Rated Power (Pmpp)

195W

210W

Rated Current (Impp)

7.64A

8.33A

Rated Voltage (Vmpp)

25.5V

24.98V

Short Circuit Current (Isc)

8.09A

8.85A

Open Circuit Voltage

31.7V

31.65V

TEMPERATURE COEFFICIENT Nominal Operating Cell Temperature

NOCT

°C

46±2

Temperature Coefficient of Isc

%/°C

+0.08

Temperature Coefficient of Voc

%/°C

-0.38

Temperature Coefficient of Pmpp

%/°C

-0.43

Size: 1968 x 986 x 5 mm (30 mm with J-Box) registered as SEAM50

Ultralight

Solar Module

Monocrystalline cells

ELECTRICAL SPECIFICATION (STC) Model

SEBB60-250B SEBB60-255B

SEBB60-260B

SEBB60-265B

Rated Power (Pmpp)

250W

255W

260W

265W

Rated Current (Impp)

8.06A

8.20A

8.33A

8.44A

Rated Voltage (Vmpp)

31.0V

31.1V

31.2V

31.4V

Short Circuit Current (Isc)

8.82A

8.86A

8.90A

8.94A

Open Circuit Voltage

38.6V

38.7V

38.8V

TEMPERATURE COEFFICIENT Nominal Operating Cell Temperature

NOCT

°C

Temperature Coefficient of Isc

%/°C

0.045%/°C

Temperature Coefficient of Voc

%/°C

-0.298%/°C

Temperature Coefficient of Pmpp

%/°C

-0.37%/°C Size: 1652 x 986 x 5 mm (30 mm with J-Box)

Aesthetic Patio Shading Terrace Shading Solution Lea Terrace Lea

Lea 2

Lea 3

Lea 4

Lea 5*

Breadth 205 cm, length:

205 cm

308 cm

410 cm

514 cm

PV Module M72, 300 Wp

Total power

600 Wp

900 Wp

1,200 Wp

1,500 Wp

Annual yield

900 kWh

1,350 kWh

1,800 kWh

2,250 kWh

120

160

215

300

Approx. weight in kg

Bre

adt

205 cm (7ft 8in)

Height

Length 410 cm (13ft 5in)

* Heavy loadprofile cross section 80 x 120 If you use the semi - transparent (40%) modules M50 the yield decreases to 60%

230 cm (7ft 6in)

Lea 4

The kit Lea is optimal for small patios or little roofs over smoking areas or waiting zones, etc. Versions of 2 m, 3 m, 4 m or 5 m are available. The inclination of the roof may be defined by the height of the posts.

Terrace Shading Solution Eva

Eva 3

extension Eva 3+

Shade your patio by using the kit Eva and extension Eva+

335 cm (10ft 11in)

Eva 4

230 cm (7ft 6in)

410 cm (13ft 5in)

Terrace Eva

Eva 2

Eva 3

Eva 4

Eva 5*

Breadth 335 cm, length:

205 cm

308 cm

410 cm

514 cm

PV Module M60, 260 Wp

Total power

1,040 Wp

1,560 Wp

2,080 Wp

2,600 Wp

Annual yield

1,560 kWh

2,340 kWh

3,120 kWh

3,900 kWh

170

235

310

430

Approx. weight in kg

* Heavy loadprofile cross section 80 x 120 If you use the semi - transparent (40%) modules M40 the yield decreases to 60%.

The construction Eva has a breadth of 3,35 m and is available in a length of 2 m, 3 m, 4 m and 5 m as well.

ÂŠ 2015/05 Almaden

Aesthetic Patio Shading Terrace Shading Solution Mila

408 cm (13ft 4in)

Mila 2

Mila 3

Mila 4

Mila 5*

Breadth 408 cm, length:

205 cm

308 cm

410 cm

514 cm

PV Module M72, 300 Wp

Total power

1,200 Wp

1,800 Wp

2,400 Wp

3,000 Wp

Annual yield

1,800 kWh

2,700 kWh

3,600 kWh

4,500 kWh

220

310

400

500

Approx. weight in kg

230 cm (7ft 6in)

Mila 4

Terrace Mila

* Heavy load profile (cross section 80 x 120) If you use M50 semi - transparent modules (40%) the yield decreases to 60%.

410 cm (13ft 5in)

All kits are available with semitransparent modules (40% transmittance). The picture (right) shows the construction Eva 4 with 8 M40 modules with a power of 170 Wp each.

Terrace Shading Solution Caro Terrace Caro

Caro 2

Caro 3

Caro 4

Caro 5*

Breadth 505 cm, length:

205 cm

308 cm

410 cm

514 cm

PV Module M60, 260 Wp

Total power

1,560 Wp

2,340 Wp

3,120 Wp

3,900 Wp

Annual yield

2,340 kWh

3,510 kWh

4,680 kWh

5,850 kWh

320

430

530

650

Approx. weight in kg

505 cm (16 ft 7 in) 230 cm (7 ft 6 in)

Caro 4

ÂŠ 2015/05 Almaden

410 cm (13 ft 5 in)

Roof Solutions Construction of high-quality anodized aluminium consisting of pre-assembled side panels, cross members, ridge bars and ridge cover profiles. These are bolted together.

1. Canopies

Size

S: for modules size 1: Leg length 1.05 m 7m

0.22 m

1.0

1.79 m basic co

1.05

nstructio

n extensio n

Size basi

c con

M: for modules size 1: Leg length 1.65 m

struc

tion exte n

sion

2. Saddle Roofs

1.05

0.32 m

1.68 m

a) lateral retaining profile

1.65 m

Size S: for modules size 1: Total length 2.10 m 1.07

b) First deck profile

basi

c co

nstr

uctio

1.0

0.2

c) First profile exte n

sion

Size

2.1

1.7

d) profile frame (pre-assembled)

M: for modules size 1: Total length 3.30 m Size

L: for modules size 2: Total length 3.92 m 2.00

bas

ic c ons tru

m .30

2.0

ctio

n exte n

sion

2.10

8m 0.3 2m 3.9

The basic design can be customized with enlargement to the desired length of the roof.

ÂŠ 2015/05 Almaden

Roof Solutions

Mounting East-West and North-South • Fast and easy assembly through pre-assembled components • Optimized design through wind tunnel tests • Almaden Glass-Glass modules (with and without frame) • Fixing without injury of sheet metal; foil or bitumen roof top layer • Maximizing the usable area • Possible elevation angles for North-South: 10°, 15°, 20°, 25° • Top yield Roof-parallel assignment • Fast and easy assembly through pre-assembled components • Optimized design through wind tunnel tests • Almaden Glass-Glass modules (with and without frame) • Fixing without injury of sheet metal; foil or bitumen roof top layer • Very cost-efficient

The basic design can be customized with enlargement to the desired length of the roof. * Kits for canopies and saddle roofs, different sizes each S, M and L (see separate brochure)

2.5 kWp*

up toWh 32k on any sun d ay

Shopping cart roof: Kit L + 4 x exp. approx. annual yield: 3,750 kWh* cost per kWh: 0.042 $

4 kWp*

u p to 52kWh on a s u n ny d ay

5 kWp* Container roof:

up t o 65kW on a h su daynny Kit M + 9 x expansion

approx. annual yield: 7,500 kWh* cost per kWh: 0.042 $

1.5 kWp*

up to 20kWh on a s u n ny d ay

Bus stop roof: Kit M + 7 x exp.

Boat roofing: Kit M + 2 x expansion

approx. annual yield: 6,000 kWh* cost per kWh: 0.042 $

approx. annual yield: 2,250 kWh* cost per kWh: 0.048 $

up toWh 20k on any sun d ay 1.5 kWp* Garden shed roof: Kit M + 2 x exp.

approx. annual yield: 2,250 kWh* cost per kWh: 0.045 $

o up tkWh 5 6 a o n n ny su y da

5 kWp*

Bicycle roofing: Kit L + 7 x exp. approx. annual yield: 7,500 kWh* cost per kWh: 0.042 $

Innovative Carport Systems Size S to L 8 Highlights (USPs)

of our PV applications (carports, patio areas etc.)

2. High stability: snow and wind

1. Water-proof

loads >5400 Pa.

assembly

8. Integrated LED

lighting (optional)

4. Easy to assemble

with only 32 bolts detailed assembly instructions included

3.Light transparency more than 40%

6. Small foundation

5. Easy entry and exit

through optimized center of gravity

7. Hi-Tech „Made in Germany“

Carport 1,500 kWh per year*

M-K

2.31 m (7 ft 7 in)

3.38 m (11 ft 2 in)

2.01 m (6 ft 8 in)

2.31 m (7 ft 7 in)

3.38 m (11 ft 2 in)

2,250 kWh per year*

2.10 m (6 ft 11 in)

3.11 m (10 ft 3 in)

- 4 x P60 Modules per 250 Wp : 1,000 Wp - transparency: approx. 11% - annual yield: approx.1,500 kWh

- 6 x P60 Modules per 250 Wp : 1,500 Wp - transparency: approx. 11% - annual yield: approx.2,250 kWh

M-L

Carport

2.32 m (7 ft 8 in)

1.97 m (6 ft 6 in)

up to 29k on aWh d ay s u n n y

2.44 m (8 ft 1 in)

up to 23kWh on a sunny day

4.03 m (13 ft 3 in)

5.07 m (16 ft 8 in)

2.01 m (6 ft 11 in)

Carport

h kW 20 y to s u n n p u na o ay d

2.01 m (6 ft 8 in)

Carport

mit 30 Jahren Garantie

up 1 3 to a sukWh on d ay n n y

3,400 kWh per year*

3.11 m (10 ft 3 in) - 6 x M72 Modules per 300 Wp : 1,800 Wp - transparency: approx. 11% - annual yield: approx. 2,700 kWh

2,700 kWh per year*

- 9 x P60 Modules per 250 Wp : 2,250 Wp - transparency: approx. 11% - annual yield: approx. 3,400 kWh

3.11 m (10 ft 3 in)

* Value for Dubai / with east-west alignment without shade.

Innovative Carport Systems Size M-XL to XXL up ktoWh y 26 a sunn on y da

M-XL Carport 1.97 m (6ft 6in)

3,600 kWh per year*

2.32 m (7ft 8in)

4.03 m (13ft 3in)

M-XXL

4.03 m (13ft 3in)

4,500 kWh per year* 2.32 m (7ft 8in)

4.12 m (13ft 7in) - 8 x M72 Modules per 300 Wp : 2,400 Wp - transparency: approx. 11% - annual yield: approx. 3,600 kWh

Carport

up to 33k on aWh d ay s u n n y

1.97 m (6ft 6in)

Carport

5.14 m (16ft 11in) - 10 x M72 Modules per 300 Wp : 3,000 Wp - transparency: approx. 11% - annual yield: approx. 4,500 kWh

4.12 m (13ft 7in)

u p to 3 3 k W h n ny on a su d ay

4,500 kWh per year* 2.44 m (8 ft 1 in)

2.01 m (6 ft 8 in)

5.07 m (16 ft 8 in)

- 12 x P60 Modules per 250 Wp : 3,000 Wp - transparency: approx. 11% - annual yield: approx. 4,500 kWh

Carport

XXL

u p to 41kWh non a su ny d ay

2.01 m (6 ft 8 in)

2.44 m (8 ft 1 in)

5.07 m (16 ft 8 in)

5,600 kWh per year*

- 15 x P60 Modules per 250 Wp : 3,750 Wp - transparency: approx. 11% - annual yield: approx. 5,600 kWh

5.14 m (16 ft 11 in) ÂŠ 2015/05 Almaden

Parking Lots Carport

6 x XXL

- 90 x P60 Modules per 250 Wp : 22,500 Wp - transparency: approx. 11% - annual yield: approx. 34,000 kWh

Our kit system offers extremely stable components that can be fixed with standard screwdrivers without drilling holes. Our aluminium profiles are developed from a particularly stable and weather- resistant alloy with an optimized design for extreme loads (such as wind and snow loads). The surface is anodized. Due to the high quality Made in Germany, these are offered with a 12 year warranty.

Universal Aluminium Frame System

The items of all applications whether a small single carport or a huge parking installation â&#x20AC;&#x201C; can be fitted with the simple but extremely stable attachment method. Since no drilling or welding is necessary, the installation can be carried out without any technical skills or special tools. The entire structure is made of anodized corrosion resistant aluminium. The connection parts are made of a special stainless steel with a high nickel content. The number of necessary connections is optimized. Therefore for smaller carports only 25 screws are necessary, for the large carports only about 50 screws. For all kits detailed documentation is supplied.

Almaden MENA Homepage

Almaden short video

10 Carports XXL Option with integrated roof drainage

56,000 kWh per year*

* Value for Dubai with east-west alignment.

Almaden MENA FZE Plot 4-001, PO Box: 341497 Dubai Silicon Oasis, Dubai, UAE M: +971 55 364 8668 mfussi@czamd.com www.almaden-mena.com

ÂŠ 2015/05 Almaden